Science Fair Projects

Measure lactase kinetics with glucose strips, compare store brands, and test whether alginate beads make the enzyme easier to reuse.

Compare p53 disorder predictions across mammals and test whether structure confidence tracks lifespan or cancer incidence with bioinformatics.

Build a DIY spectrophotometer, then use non-negative matrix factorization to separate mixed food dye spectra and measure unmixing error.

Build a tabletop model of enzyme kinetics and competitive inhibition, then measure how light signals change into Michaelis-Menten data.

Measure how LED spectra change spinach chloroplast oxygen output, then fit a light-response curve to compare photosynthesis rates.

Use ESM2 embeddings and a genetic algorithm to design peptides, then score how well they may block amyloid-β aggregation in silico.

Build a smartphone color test for nitrate and nitrite, fit an RGB calibration curve, and compare your results with USDA data.

Use pharmacophore mining, docking, and molecular dynamics to rank Ayurvedic and TCM compounds as PCSK9 inhibitor leads.

Test how common sweeteners change yeast fermentation kinetics, and build skills in controls, CO2 measurement, and data analysis.

Predict G-quadruplex sites in c-MYC, KRAS, and BCL-2 promoters, then compare ligand effects with free prediction tools and MD analysis.